System Perspective of Electromechanical Devices Development of the NEMS/MEMS Group at National Taiwan University
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概要
- 論文の詳細を見る
- 2003-06-01
著者
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CHANG Pei-Zen
Institute of Applied Mechanics, National Taiwan University
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Chang Pei-zen
Institute Of Applied Mechanics National Taiwan University
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LEE Chih-Kung
Institute of Applied Mechanics, National Taiwan University
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Lee S‐s
Institute Of Applied Mechanics National Taiwan University
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WU Wen-Jong
Institute of Applied Mechanics, National Taiwan University
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HUANG Long-Sun
Institute of Applied Mechanics, National Taiwan University
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LEE Shn-Sheng
Institute of Applied Mechanics, National Taiwan University
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Wu Wen-jong
Institute Of Applied Mechanics National Taiwan University
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Huang Long-sun
Institute Of Applied Mechanics National Taiwan University
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Lee Chih-kung
Institute Of Applied Mechanics National Taiwan University
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Lee Shn-sheng
Institute Of Applied Mechanics National Taiwan University
関連論文
- In Situ Monitoring of Silicon Membrane Thickness during Wet Etching using a Surface Acoustic Wave Sensor
- Opto-Mechatronic Configurations to Maximize Dynamic Range and Optimize Resolution of Optical Instruments
- System Perspective of Electromechanical Devices Development of the NEMS/MEMS Group at National Taiwan University(Recent Development of Electro-Mechanical Devices (IS-EMD 2002))
- Invited paper System Perspective of Electromechanical Devices Development (国際セッションIS-EMD2002〔英文〕)
- A High Performance Doppler Interferometer for Advanced Optical Storage Systems
- System Perspective of Electromechanical Devices Development of the NEMS/MEMS Group at National Taiwan University
- Microstructural Fabrication for Measuring Residual Strains of CMOS Thin Films
- Sensor and Actuator Interaction for Nanometer Positioning Microactuators (国際セッションIS-EMD2002〔英文〕)
- Signal Processing Algorithms for Doppler Effect Based Nanometer Positioning Systems
- In Situ Monitoring of Silicon Membrane Thickness during Wet Etching using a Surface Acoustic Wave Sensor
- Novel Method for In Situ Monitoring of Thickness of Quartz during Wet Etching
- Thermo-Piezoelectric Finite Element Modeling for Piezoelectric Transformers